1995-2006 Kawasaki KDX200 Motorcycle Service Manual (P/N 98051-1447C)

• Official 213-page Kawasaki OEM workshop manual (first edition, July 15, 1994) covering the entire 1995–2006 KDX200-H1 production run.
• Documents the 198 mL liquid-cooled two-stroke engine and chassis specifications.
• Features 15 chapters of exploded-view diagrams detailing major assemblies, including the Kawasaki Integrated Power Valve System (KIPS).
• Provides essential torque values for internal engine components, suspension hardware, and frame fasteners to guarantee precise reassembly.
• Includes specialized technical tables mapping out transmission gear ratios, piston-to-cylinder clearances, and baseline fluid capacities.

Mechanical and Fluid System Documentation

This document delivers highly specific technical data organized by core system, detailing the precise demands of the 198 mL two-stroke power plant. Chapters are dedicated to the liquid-cooling network, transmission, chassis setup, and exact KIPS valve operation. Explanatory diagrams pair directly with factory specifications. Working on internal engine components and pressurized fluid systems carries inherent risks, making strict adherence to factory procedures essential for both mechanical reliability and personal safety. The manual establishes consistent standards by documenting torque values for all critical fasteners. It also provides structural insights into the H1 model, emphasizing proper bench techniques for the 6-speed constant mesh transmission and wet multi-disc clutch configuration.

Technical Data and Reference Values

Technical depth comes from comprehensive specification tables covering everything from suspension travel limits to baseline electrical outputs. Need to verify the exact radiator cap relief pressure? It is explicitly documented at 93–123 kPa (14–18 psi). Cylinder head nut torque is strictly set at 25 N-m (18 ft-lb) in the top-end assembly tables. You will also find critical wear limits, such as the piston ring end gap, listed at 0.15–0.35 mm for both the top and second rings. Routine metrics, like the 1.1-liter coolant capacity, are clearly stated. This data provides the necessary foundation for serious workshop rebuilding, component inspection, and accurate diagnostics.